ISO 19100 Series Standards in a Model Driven …...ISO Harmonized UML Model A FIS ®-A LKIS-A TKIS...
Transcript of ISO 19100 Series Standards in a Model Driven …...ISO Harmonized UML Model A FIS ®-A LKIS-A TKIS...
ISO 19100 Series Standards in a Model Driven Architecture for Landmanagement
Jürgen Ebbinghaus, AED-SICAD 29.10.2003
The Company
100%
SIEMENS PTD
Shareholder & Strategic
Business Partner
Strategic Business Partner
SIEMENS
Business
Services
The Company
◼ Largest GIS application company in Europe
Approx. 250 people
More than 10000 licenses and >2000 customers all over the
world
80% of the German Cadaster market and many large Intl.
cadastre agencies use AED-SICAD technology
◼ Our offering
State-of-the-art GIS applications for landmangement / cadastre
and utilities
Consulting services for cadastre and utility projects
◼ More than 20 years of experience
GIS and GIS Application development
Large infrastructure project management
Cadastre Information System implementation
ISO 19100 Series Standards used / observed in Design and Implementation
◼ 19103 Conceptual Schema Language
◼ 19106 Profiles
◼ 19107 Spatial Schema
◼ 19109 Rules for Application Schema
◼ 19110 Methodology for Feature Cataloguing
◼ 19111 Spatial Referencing by Coordinates
◼ 19115 Metadata
◼ 19118 Encoding
◼ 19119 Services
◼ 19128 Web Map Server Interface
◼ 19136 Geographic information - Geography Markup Language
◼ 19139 Metadata – Implementation Specification
◼ OGC Web Feature Server 1.0
◼ OGC Filter Encoding 1.0
XML
Application
Metadata
<appinfo/>
Model Driven Architecture based on AFIS®-ALKIS®-ATKIS® Standard I
ISO Harmonized UML Model
AFIS®-ALKIS®-ATKIS® UML Model
XML
Schema
Definitions
(XSD)Rose Script
Feature API
Ap
plic
atio
n F
ram
ew
ork
XM
L C
las
s G
en
era
tor
ArcSDE
Model Driven Architecture based on AFIS®-ALKIS®-ATKIS® Standard II
ISO Harmonized UML Model
AFIS®-ALKIS®-ATKIS® UML Model
ArcGIS Geodatabase UML Model
XML
Metadata
Interchange
(XMI)
Rose Script
UNISYS XMI
Export Tool
relational
Datamodel
ESRI CASE
Schema
Wizard
Model Driven Architecture based on AFIS®-ALKIS®-ATKIS® Standard III
ISO Harmonized UML Model
AFIS®-ALKIS®-ATKIS® UML Model
XML
Schema
Definitions
(XSD)Rose Script
GML 3.0
NAS
Data
NAS
Request
Response
Standards-based
Exchange Interface
(NAS)
WFS 1.0
Filter Encoding 1.0
XML
3-Schema Architecture of AED-SICAD Landmanagement on ArcGIS
relational
Datamodel
Oracle 9i
ArcSDE
Inte
rnal D
ata
base S
chem
a
UML
XMI
UML
Conceptual Application Schema
ArcGIS Geodatabase
(ArcCatalog)
Cla
ss
Exte
nsio
ns
Wo
rksp
ace
Exte
ns
ion
s
Application ExtensionsFeature
Catalog
NA
S I
mp
ort
/ E
xp
ort XSD
NAS
Data
Exte
rnal A
pplic
atio
n S
chem
a
AFIS®-ALKIS®-ATKIS®
on ArcGIS
GML 3.0
Landmanagement Product Components
Landmanagement
LM Server – GeoData Server
LM Survey – Surveying Calculations
LM View and LM Web – Information and Anaylsis
LM Editor – Data Collection and Quality Check
Components for Workflows
ArcGIS inside
LM View and LM Web
ArcGIS inside
LM Survey
ArcGIS inside
LM Editor
ArcGIS inside
LM Mobile - LM Pad
Enterprise Geodata Server
LM Server
ArcGIS inside
Desktop BrowserSurveying
GPS/TPS
Integration of Surveying and GIS
Connecting Core Competences
Modern Technology
for Field Survey
from Leica Measurements
Survey PointsSurveying
Cadastre ObjectsCadastre
Progressive Applications
for Landmanagement
from AED and SICAD
Latest GIS-Technology
from ESRIStandard ObjectsGIS
The role of AED-SICAD in Cadastre Projects
Definition
status quo
Planning of
target system
Implemen-
tation
Operation
Cadaster
E-government
Privatization
• AED-SICAD establishes
professional contacts
• Consulting by German
Landesvermessungsämter
• AED-SICAD
supports
the client
• Consulting by
German
Cadastre
Agencies
• AED-SICAD Services
• AED-SICAD Cadastre Software
• AED-SICAD Project Management
• AED-SICAD =
active
partner for tech-
nology, innova-
tion and main-
tenance
The Philosophy of Our GIS Applications
◼ Process orientation
As simple as possible
Ergonomic
Software adapts to the business processes
◼ Interoperability
Between GIS systems
In the IT World
◼ Continuous Data Flow
From field to office and back
◼ Investment security
Smooth transition to new technologies
Component-oriented architecture to reduce software license costs
International Landmanagement Solution
based on
Scope
ESRI ArcGIS Technology
ISO/OGC Standards
FIG Concept Cadastre 2014
Functional Components
◼ Some Functions
Project Administration
Workflow Management System
Import Primary Data Set and Surveying Calculation
Up-to-dateness Check and Quality Check including Database Simulation
Processing Tools for customer-specific Update Processes
Processing Tools for standard Update Cases
Update Certificates
Reporting Process
Plausibility Check
Export Interface (GML 3.0)
... and many more
◼ Configurations for
Private Surveying Companies
Cadastral Authorities
Topography (basic functionality)
Cadastral Workflows
Action
New
Land Use
Survey Documents
Operation
Prerequisites Objects
Boundary Certificate
Survey Results
Coordinate Calculation
Area Calculation
Update Decision
Survey Documents
Prerequisites Objects
Survey Results
Coordinate Calculation
Update Decision
Topography
Update
Single Usage
Application
(Project)
Cadastre
Update
Single Usage
Process
Lot Division
Workflow Implementation within Landmanagement Solution
Metadata Model
AED-SICAD Metadata Model
- Basic Data Model
- Based on UML
- Flexible Customizing
Workflow Illustration (1)
Business Process
◼ Lot Division
Operation
◼ Coordinate Calculation
Workflow Illustration (2)
→ Operation automatically starts ArcMap
New Points must be digitized / imported
Workflow Illustration (3)
Workflow Illustration (4)
◼ Editing guided by Lot Division Wizard
Step 1: Defining initial status
Workflow Illustration (5)
◼ Lot Division Wizard
Step 2: Digitizing new boundary
Workflow Illustration (6)
◼ Lot Division Wizard
Step 3/4: Changing lot attributes
525
1
525
1
Workflow Illustration (7)
◼ Lot Division Wizard
Step 5/6: Positioning lot number
Workflow Illustration (8)
◼ Reporting on Processes and Activities
Workflow Illustration (9)
Operation
◼ Update Decision → Creating official update report (legal document)
Cartographical Generalization
Simplification (Buildings)
Aggregation
Axis Calculation
Point Reduction
Any Combinations
◼ Link to external programs CHANGE and PUSH (ikg)
Integration of Functionality from Change and PUSH into EDIT Component
◼ Integrated in EDIT Component
Success Factors (1)
◼ Integrated Product Family for all User Types
Mobile Applications
Surveying
Editor
Server
Web, Viewing
E-Commerce Interface
◼ Based on ISO and OGC
Complete Application Schema, Geometries, Topology is based on ISO
Norms
OGC WMS implemented
OGC WFS (Including filter encoding) implemented
OGC GML 3 implemented
Success Factors (2)
◼ Open and well documented Standard Interfaces
Export Interface GML 3
Configurable Styles
◼ Object oriented full history
„What was the status of this lot on Nov 1, 2000?“
After 200 years cadastre experience, the German AdV has recognized
that the juridical history of lots is absolutely necessary.
◼ Fully Integrated Solution
Alpha-numerical data (registry of persons, further parcel attributes) fully
integrated with graphical data
Point data also fully integrated
Same GUI for all applications
◼ Experience
20 years of AED-SICAD experience in Cadastre System development,
implementation and management
German Cadastre may be the most advanced Cadastre system
AED-SICAD - Some of our Land Management Customers
◼ Federal States of Germany
Baden-Württemberg
Northrhine Westphalia
Lower Saxony
Sachsen-Anhalt
Saxony
Hamburg
Berlin
Saarland
... 80% market share in German Cadastre Market !
◼ City of Luxembourg
◼ City of Namur
◼ Shanghai
◼ Tianjin
◼ Singapore
◼ And many more
SICAD atcadastral officesand municipal survey
survey departmentsof municipalities
Germany
AED-SICAD - Landmanagement Solutions
Contact:
N.N.International Sales
AED-SICAD
Neubiberg/München
Germany